Garbage becomes "green electricity": the "small body and big energy" of low-temperature magnetic pyrolysis
A set of low-temperature magnetic pyrolysis energy conversion device + Fireprint technology is making garbage disposal "facelift" - at a low temperature of <500℃, magnetic energy activates free radicals to decompose organic matter, generating combustible gas and heat energy, and then Fireprint harmlessly treats waste gas and solidifies heavy metals, and finally converts them into electricity.
Under the dual carbon goals, the demand for solid waste resource utilization has exploded: the global pyrolysis market will exceed US$12 billion in 2025, and the EU's "Circular Economy Plan" and China's "Zero Waste City" policy will accelerate the implementation of technology.
However, the technology still needs to "break through": the high temperature resistance of magnetic materials needs to be improved (the current life is about 800,000 hours, and high load is easy to decay); the free radical efficiency and garbage composition need to be accurately modeled; the thermal power generation structure needs to be simplified (the current efficiency is 45%, lower than gas power generation).
From "burning garbage" to "making green electricity", this set of technology is leveraging the "big cycle" with "small volume" - when the bottleneck is broken, garbage may become the "green energy mine" of future cities.
